Feasibility of an Agent-Based Investment Platform for Renewable Energy Source Implementation

In this paper, we analyze the feasibility of the implementation of an investment system that implements privately-owned energy generation technology from renewable sources, by matching investor resources, private professional installers and owners of real-estate. In this paper, we postulate that a mechanism can be defined in such a manner that the stakeholders can receive a fair amount of profit. We analyze the options of renewable power generation installations in urban areas concluding that solar-wind arrays are most suited. We describe a mathematical model and algorithmic mechanism designed to match stakeholders with each other in profitable transaction circles. In the second part of the paper, we draw conclusions based on mathematical analysis. Our mechanism is entitled 3CF(the 3-tier crowd financing system) and it is meant to distribute risk between the stakeholder agents without human supervision or active enforcement. At the end of the paper, we present a practical study case for Craiova, Romania, a temperate climate city from Eastern Europe. The conclusion of the paper is that the system reaches an automated fair distribution of profit to all agents while presenting financial interest to the owner of the property.